More energy-efficient sawn-timber drying at sawmills
Drying sawn timber at sawmills is energy-intensive and can simultaneously lead to quality losses, limited production capacity, and high costs for equipment and operation.
The project has investigated the possibilities of improving energy efficiency in timber drying through optimized drying schedules, high-temperature drying, and shorter process times. The results indicate that energy use can be reduced while timber quality can be maintained under certain conditions.
The developed CT-based measurement technology combined with modeling has contributed to increased understanding of moisture transport and material behavior during drying. This creates conditions for more precise and material-adapted drying processes.
Overall, the project has built knowledge, methods, and tools that can contribute to the continued development of more energy-efficient and data-driven drying processes within the sawmill industry.
Olov Karlsson
Luleå University of Technology (LTU)
olov.karlsson@ltu.se
Project information
Participants
LTU
SETRA Group AB
SCA Wood AB
Arbio AB
Skogsägarna Norra Skog
Valutec AB
Time schedule
November 2022 - March 2026
Total cost of project
18 269 943 SEK
Swedish Energy Agency project number
2022-00566
More projects

Reserve power service based on biogas
This project is about a service for back-up power supply with biogas. It will develop overall technical and business concepts for such…
Manager: Steve Karlsson
Ongoing

Maximizing Biogas production with Post-treatment applications
Anaerobic digestion is a sustainable process that combines waste management, nutrient recycling and clean energy production. However, a significant portion of the…
Manager: Alex Enrich Prast
Ongoing

Energy-efficient recovery of the resource sewage sludge by pyrolysis
Sewage sludge is a bio-based resource that contains phosphorus, potassium and carbon. Currently, the sludge is largely spread on fields, thereby recovering…
Manager: Ida Sylwan
Completed: 2025-05-31